PALESSE GS16 - the top model in the Palesse series.
Double drum threshing system with faster grain mass flow for thorough threshing and high productivity. Separation takes place by means of two rotors. This rotary separation scheme is best suited for farms that simultaneously harvest large amounts of grain and maize for grain.
530 horsepower
The high level of automation of working processes eliminates operator errors and ensures stable operation of the combine in changing harvesting conditions. The spacious cab of the new unified series provides the operator with all conditions without stress and fatigue during a long shift.
Capacity - 16 kg / s
16kg/s
Capacity
Capacity
10.5m3
Zbiornik ziarna
Zbiornik ziarna
10 KM/h
Prędkość robocza
Prędkość robocza
530KM
Moc silnika
Moc silnika
The KZS-1624-1 "PALESSE GS16" combine harvester occupies the highest level of PALESSE combines. The most modern machine with a power of 530 HP. it is intended for agricultural enterprises with large amounts of grain.
The two-drum threshing system with pre-acceleration of the grain mass flow ensures careful threshing with high efficiency. Instead of a straw walker, the combine is equipped with a twin rotor rotor, "spiral" with fixed lattice decks and rotating in opposite directions. This combined scheme, combining the advantages of drum threshing and rotor, is best suited for farms that harvest large amounts of maize along with the grain.
The high level of automation of the processes performed allows to eliminate operator errors and ensure stable operation of the combine in changing harvesting conditions. The spacious cab of the new unified series provides all conditions for the combine without stress and fatigue during a long shift.
The repeatedly tested drum threshing system with acceleration of grain mass flow before feeding to the threshing drum proves its advantages in the PALESSE GS16 combine. "Combing" the mass by the teeth of the drum-accelerator makes its flow completely uniform. In combination with high speed, it not only ensures fast and careful threshing, but also creates the conditions for high efficiency of all subsequent processes.
The conditions for an effective rotor separation are created already at the stage of feeding the mass from the thresher: a beater of a special design separates the mass into two streams and evenly delivers the straw separator to both rotors. Wrapped in plates, they turn in opposite directions. As the mass moves at high speed in a spiral between the rotors and the fixed plates, a high centrifugal force acts on it, which ensures the rapid release of the residual grain. This is one of the most important factors that ensure the high performance of the combine.
First on the grain pan, along it - on the top sieve, and only then - on well-blown cleaning cascades. In this way, the cleaned grain mass from the sieve rotors prevents blockages and reduces the load on the cleaning system.
In the cleaning system, the air flow is guided through two separate channels: the top stream blows the slope between the grain pan and the top sieve, already at this stage removing a significant part of the light fractions. The bottom stream is evenly distributed between the sieves, completing the grain cleaning. The intensity of the air flow and the opening of the cleaning louvers are adjustable from the cab.
COMFORTABLE CAB
The cabin with increased working space and large glass area meets all the requirements for the operator's comfort level. Air conditioning with heating, fully adjustable operator's seat and steering column, folding soft seat for the instructor or assistant, cooling compartment, ergonomically placed instruments and controls - effective solutions for high work efficiency without stress and fatigue.
The control panel and speed control knob are connected to the operator's seat, are height-adjustable with the seat, and are always in the same accessible, operator-friendly position.
Easily remembered controls are “responsible” for performing the most important control functions of the combine's working systems.
The speed control knob concentrates the control functions that require quick response. It is the direction of movement (forward / backward) and speed of movement; lifting / lowering the incline conveyor; increase / decrease of drum revolutions, lifting / lowering of the reel, moving it forwards / backwards; unloading conveyor; rotation discharge conveyor.
The terminal with LCD screen is connected via CAN network to six modules of information management system (CICS):
• transmission control module;
• loss module;
• CAN control panel module;
• sieve management module;
• header module;
• basic module.
• transmission control module;
• loss module;
• CAN control panel module;
• sieve management module;
• header module;
• basic module.
The information control system System control, based on the on-board computer, combines the functions of information provision, registration, statistics, management and control. Simple and clear controls are grouped together on the large display . It displays all the basic information about the state of the combine's working systems. The computer finds the optimal ratio of regulation depending on the yield, moisture and contamination. It is a reliable assistant that increases in value as harvesting conditions become more complex.
The terminal provides an interactive dialogue between the operator and CICS, giving him the ability to monitor and control the shearer's working bodies, engine, transmission, work progress and service operations, and monitor the condition of the shearer's systems. On the terminal screen, the operator also receives statistical data on the cleaning progress, as well as information about possible emergency situations.
The modern inclined conveyor is distinguished by its reliability, stable, high-quality grain feeding and ensures high threshing performance and quality.
In dry, hot weather, the header is sometimes completely hidden from the operator's view behind a dense curtain of dust. This problem can be solved by the header dust suction system installed in the conveyor on the inclined combine . The real tangible result is reduced operator eye strain and, as a result, more efficient work.
SAFE START
PALESSE combine headers use the best engineering solutions, recognized as a standard in world practice, which ensures stable and efficient operation of combines, regardless of the harvested crops and harvesting conditions.
The electrohydraulic "Auto-Contour" tracking system in automatic mode fully maintains the specified cutting height, ground pressure and header position in relation to the soil in both the longitudinal and transverse directions.
Signals from the copy arcs beneath the header are constantly compared with the given values. Cross-copying cylinders on the incline conveyor constantly keep the header parallel to the soil surface. Auto-Contour ensures safe operation in the dark hours of the day, on slopes and rocky fields, which gives a significant increase in productivity.
Header transport trolleys are included as standard equipment on all PALESSE combine models. They help to reach the field on public roads and ensure easy header mounting directly in the field without any additional equipment.
Mercedes Benz OM 502LA engine, 530 hp provides stable operation of all combine systems, units and mechanisms. High-pressure fuel injection combined with electronic engine management enables the highest possible power with minimum fuel consumption, even under heavy loads that arise under extreme harvesting conditions.
The use of an automatic central lubrication system saves a huge amount of time for routine maintenance, saves lubricant thanks to more accurate dosing with automatic devices, and extends the service life of the lubricated units and the entire machine.
Rape harvesting
The use of rape harvesting equipment allows the header table to be enlarged. Side scythes with cutting devices clearly cut off the rape along the edge of the crown. In combination with rape spotlights, this reduces the loss of rape seed to a minimum.
Corn picking
Harvesting grain maize becomes an easy task using a special set of equipment. It includes a header with crop dividers and a stalk chopper, a reduced threshing drum drive, a replaceable concave and additional equipment for the combine's working systems. The cobs are carefully separated and given to threshing, and the stalks are finely crushed. The field remains completely ready for plowing.
| Grain tank | |
|---|---|
| Grain tank capacity | 10.5 m 3 |
| Unloading height | 4100 mm |
| Unloading speed | 100 l / s |
| Straw chopper | 92 pcs. |
| Working speed | 10km / h |
| Transport speed | 20km / h |
| Dimensions | |
| Length / width / height in working position | 10950/9700/4870 mm |
| Total mass | 18,050 kg |
| Palesse | GS16 |
|---|---|
| Engine model | OM 502LA |
| Rated power, kW / (KM) | 390/530 |
| Tank capacity, l | 800 |
| Adapters | |
| Grain header | 9.2m |
| Soybean header | 7.5 / 9m |
| Corn attachment (rows / m) | 8; 12 / 5.6; 8.4 |
| Sunflower header (rows / m) | 12 / 8.4 |
| Rapeseed table | 9 m |
| Pick-up | 4.4m |
| Threshing system | |
| Threshing drum width | 1700 mm |
| Threshing drum diameter | 600 mm |
| Rotation of the threshing drum | 518 - 1152 rpm |
Specific References
13 other products in the
same category
PALESSE FS60 harvester
PALESSE FS60 has become known as an inexpensive model for wide use. The harvester can supply silage, haylage and green forage. For greater stability, the safety system of the feeder unit is included in the basic configuration.
Engine power 255 hp
When a metal or stone detector triggers an alarm, the automatic control immediately turns off the rollers and prevents them from breaking.
SELF-PROPELLED MAIZE COMBINE MS-6
The self-propelled MS-6 maize cobs harvester is designed for harvesting whole maize cobs.
Engine power 230 hp
The layout of the controls meets modern ergonomic requirements. The key operational parameters are controlled in real time. The operator is protected from noise, vibration and dust.
Combine harvester GS12A-1
The GS12A-1 combine harvester is a further development of the popular GS12 combine harvester at a higher technical level with an improved design.
330 horsepower
The design of the incline conveyor was changed, dust extraction was installed, "IVIS" chains were also used and a 4-row belt drive was installed. In this way, we increased the reliability of the technical process and guaranteed the comfort of the machine operator.
HIGH CAPACITY PALESSE FS80
PALESSE FS80 is used in medium and large farms. Modern solutions guarantee the availability of high power and low operating costs.
Engine power 470 hp
The adapters have been designed for high efficiency and high-quality cutting: the header feeds the corn stalks exactly in the direction of the longitudinal axis of the feeding apparatus, and the pick-up, thanks to its design, ensures the shortest path of the collected mass to the rollers.
Combine harvester GS10
PALESSE GS10 is the middle class higher in the range of combine harvesters.
250 horsepower
A threshing machine with a width of 1500 mm with one large drum, a straw shaker with five buttons and a three-stage cleaning system - thanks to these solutions and careful selection of the engine, they will certainly show effective work with a wide range of performance. The quality of harvesting operations is supported by a high level of automatic control.
SELF-PROPELLED MOWER "PALESSE CS-200"
The use of the "PALESSE CS-200" self-propelled mower allows to effectively deal with the problem of two-stage harvesting of head grains, legumes, grains, as well as protection of grass fodder. A mower with a swath transport head (with a reach of 9.2 m) ensures mowing of plants with central swath laying to the left or right, it can also create a double swath up to 4 m wide from two passes.
Engine power 210 hp
For mowing grass, in addition to the header, it is possible to work with a 4 m wide rowless double-drum header.
HIGH CAPACITY "PALESSE FS8060"
The PALESSE FS8060 forage harvester is a powerful harvester for large agricultural enterprises focused on a high level of animal husbandry development. Well-designed structure, parts and components manufactured on advanced equipment, components from the best suppliers are the basis for the maximum performance of the combine in various operations
Engine power - 632 hp
The six intake rollers are the three stages of pre-compacting the sand for high-quality and energy-efficient cutting.
PALESSE GS812 - a classic single-drum, middle-class...
Reliable technological scheme and low operating costs make PALESSE GS812 the optimal solution for farms with low and medium grain yield.
230 horsepower
The modification of the GS812 differs depending on the undercarriage with tracks, which allow effective use on soils with low bearing capacity. The combine can be equipped with straw walkers. Depending on the market, the combine can be equipped with engines from different manufacturers.
Combine harvester GS12
PALESSE GS12 - a high-performance combine harvester with a width of 1500 mm of the threshing device, in which the acceleration of the grain mass flow before threshing was applied.
330 horsepower
The efficiency of the combine is increased by the use of additional adapters for harvesting various crops.
Depending on the market, the combine can be equipped with engines from different manufacturers.
Combine harvester GS575
PALESSE GS575 - an "economy class" combine harvester for small and medium-sized enterprises that require agile and agile technology.
155 horsepower
The classic 1200 mm wide thresher with a large drum is reliable. Stable separation and high grain quality are ensured by the four-arm straw walker and three-stage cleaning.
A simple cabin with analog devices that display data from an automatic control system provides quite suitable working conditions. These are seats for increased comfort, air conditioning, a good overview of the header work area.
In addition to adapters with a coverage width of 4 and 5 meters, the combine has been modified, which can be equipped with a 6-meter header for soybean and cereal cultivation. Possibility to mount motors of different power.
Double drum threshing system with faster grain mass flow for thorough threshing and high productivity. Separation takes place by means of two rotors. This rotary separation scheme is best suited for farms that simultaneously harvest large amounts of grain and maize for grain.
530 horsepower
The high level of automation of working processes eliminates operator errors and ensures stable operation of the combine in changing harvesting conditions. The spacious cab of the new unified series provides the operator with all conditions without stress and fatigue during a long shift.
Capacity - 16 kg / s